Graphs with extremal energy tend to have a small number of distinct eigenvalues
author:
Dragoš Cvetković,
Department of Computer Engineering, University of Belgrade
Description
The sum of the absolute values of the eigenvalues of a graph is called the energy of
the graph. We study the problem of finding graphs with extremal energy within specified
sets of graphs. We develop some tools for treating such problems and obtain some partial
results. In particular, we show that in many cases the expected extremal graphs with a
small number of distinct eigenvalues do not exist and that actual extremal graphs could
have a large number of distinct eigenvalues.
Zigzag and central circuit structure
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| Slides | |
| 0:00 | - Graphs with extremal energy tend to have a small number of distinct eigenvalues - Announcement |
| 0:39 | Graphs with extremal energy tend to have a small number of distinct eigenvalues |
| 2:23 | Cvetkovic Gwee Page_02 |
| 3:39 | Cvetkovic Gwee Page_03 |
| 13:07 | Cvetkovic Gwee Page_04 |
| 27:32 | Cvetkovic Gwee Page_05 |
| 34:20 | Cvetkovic Gwee Page_06 |
| 36:21 | Cvetkovic Gwee Page_07 |
| 37:03 | Cvetkovic Gwee Page_08 |
| 38:29 | Cvetkovic Gwee Page_09 |
| 39:35 | Cvetkovic Gwee Page_10 |
| 40:42 | Cvetkovic Gwee Page_11 |
| 42:04 | Cvetkovic Gwee Page_12 |
| 43:58 | Cvetkovic Gwee Page_13 |
| 45:03 | Conclusion |
| 47:00 | - Questions |
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